Lead the strategy, architecture, development, and operational excellence of CAD and EDA Infrastructure, enabling world-class semiconductor and hardware design teams through scalable design environments, automation, tool optimization, and engineering productivity.
Compensation
Base Pay Range 250,000.00
Responsibilities
Define and execute the vision, roadmap, and strategy for CAD and EDA infrastructure supporting ASIC, SoC, IP, and verification teams.
Lead the design, deployment, and maintenance of highly scalable and secure engineering environments.
Drive infrastructure modernization initiatives including cloud-enabled design workflows, hybrid compute environments, and next-generation engineering platforms.
Partner with design, verification, implementation, and architecture teams to understand evolving tool and infrastructure requirements.
Optimize RTL-to-GDSII design flows across synthesis, place-and-route, STA, DFT, verification, emulation, and signoff.
Design, develop, and test software that is used to both control and simulate SpaceX flight systems for the Starship spacecraft.
Responsibilities
Develop highly reliable autonomous software systems and the simulations required to validate them
Own all aspects of software development, including design, testing, and integration to the mission
Work with counterpart engineering teams to develop and maintain launch and vehicle software, crossing all required software domains necessary to implement and verify control of the pad, ship, and booster to meet mission objectives
Follow and maintain high software standards and software engineering best practices within Starship Software
Build scalable offline and online multi-modal data and serving pipelines integrating camera/video intelligence, HomeGraph device state, and telemetry to supply high-value signals to Home Context and HFM.
Design, develop, and productionize Home Context capabilities such as Home Pulse, household routine modeling, and anomaly detection and integrate them with flagship Google Home features.
Partner closely with Research and Infrastructure teams to co-develop, evaluate, and productionize the Home Foundation Model (HFM) for real-world Smart Home applications.
Integrate contextual understanding with Identity and Presence signals so downstream Home experiences understand the user.
Collaborate with Product, Research, and Vertical engineering teams to define target use cases, build evaluation benchmarks, and drive model and system quality improvements from prototype to launch.
Requirements
Bachelor’s degree in Computer Science or related field
Nice to have: Master's degree or PhD in Computer Science or related technical field
Software Engineer, Flight Software (Starship)SpaceX · Cape Canaveral, US
Senior Software Engineer, AI/ML, Home Context and Foundation ModelsGoogle · Mountain View, US